baber/WOPTO huggingface dataset:
Patent JP-S60198123-A (JP)
Inventor: TAKADA MASASHI
IPC: A47J43/28
Filed: 1984-03-21
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-S52136661-A (JP)
Title: Digital watch
Inventor: YAMAGISHI GENJIROU
IPC: G04G9/00
Filed: 1976-05-11
Abstract: PURPOSE:To prevent an error in reading the time by indicating times of places in different colors.
Patent JP-H02234669-A (JP)
Title: Substrate for cell take
Inventor: MATSUMOTO ATSUSHI
IPC: C12M3/00
Filed: 1989-03-08
Abstract: PURPOSE:To provide the title substrate suitable for three-dimensional culture of cells, consisting of a fibrous structure with numerous fine recesses on the surface. CONSTITUTION:The objective substrate consisting of a fibrous structure such as fabric, knit, braid, nonwoven fabric with numerous fine recesses on the surface. The recesses can be formed, e.g. when polyester fiber is used, by weight reduction by alkali treatment. In this case, the weight reduction rate is pref. 5-70%. With this method, fibers are grown and developed with the fine recesses serving as trigger, resulting in smooth proliferation of fibroblasts and improving cell take characteristics. The fiber diameter for this fibrous structure is pref. >=5mum in consideration of biodegradation.
Patent JP-S59180374-A (JP)
Title: Measuring device for nearby electric field
Inventor: IWASAKI HISAO
IPC: G01R29/10
Filed: 1983-03-31
Abstract: PURPOSE:To remove an error in the directivity of a distant electric field by providing a device which drives a probe at right angles to a scanning surface to a probe part which measures the nearby electric field of an antenna to be measured, and correcting orthogonal probe position errors at respective measurement points in two dimensions. CONSTITUTION:A plane scanning measuring device for the nearby electric field consists of a transmitter 10, antenna 11 to be measured, receiver 12, probe control part 13, data storage processor 14, probe 17, device 15 which drives the probe 17 on an x-y surface, detection part 16 for a probe position on the x-y surface, scanning frame 18, device 21 which drives the probe 17 in the Z-axis direction, detector 20 for a Z-axial probe position, and device 19 which fixes the devices 20 and 21 to the scanning frame 18. While probe position errors in the Z-axis direction are corrected by the device 21 at respective measurement points on the x-y surface, data are collected and errors in the distant directivity of the antenna to be measured are eliminated to improve the precision of the obtained directivity.
Patent JP-S54145474-A (JP)
Title: Electron-gun structure and its adjusting method
Inventor: TANAKA TOKUSHIROU
IPC: H01J29/82
Filed: 1978-05-08
Abstract: PURPOSE: To adjust either the support belt for the 3rd and 4th electrode or a bulb spacer, when shifting in position, to an ideal position by adjusting part of stress.  
     CONSTITUTION: The 4th electrode 17 with three beam apertures is welded to center parts 42 of two metal belts 40 implanted 41 into four insulating support bodies 19 and each belt has long and thin openings 44 and bridge 45 in the middle 48 between implantation parts. After it is built in, belts 40 depress support bodies 19 out invariably. The electron-gun structure with incorporated belts like this is mounted on the picture-tube neck and when spot abnormality occurs in the face plate, bridge 45 is fused by irradiating with laser beam 51, thereby turning 52 electrode 14. As for the 3rd electrode 15, it is recommendable to process the intermediate part of bulb spacer 70 fitted to convergence cap 18 in the same way. Then, the actual beam position and rotation are confirmed from the neck outside and then adjusted after the fabrication, thereby making it possible to position a beam spot at an ideal place. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-S54146058-A (JP)
Title: Heat accumulator
Inventor: MASUDA TAKASHI
IPC: F28D17/00
Filed: 1978-05-08
Abstract: PURPOSE: To increase the heat transfer rate of a heat accumulator by circulating the fluid not solidifying at the working temperature range of a solidifying heat accumulating material.  
     CONSTITUTION: A pump 11 is provided outside a heat accumulating tank 1. Said pump 11 and the liquid 3 ns said heat accumulating tank 1 are interconnected by a liquid discharge pipe 12 and a liquid suction pipe 13. Silicon or transformer oil for example is used as said liquid 3 when calcium chloride hydrate for example is used as said heat accumulating material 2. Said fluid 3 in said heat accumulating tank 1 flows in said pump 11 from said suction pipe 13 and is returned to said heat accumulating tank 1 through said discharge pipe 12. Therefore, the outer surface of a cooler 4 is subjected to forced covection of said liquid 3 so that the rate of the heat transfer from the interface between said heat accumulating material 2 and liquid 3 to said cooler 4 is increased. Thus, the efficiency of said heat accumulator increases. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-S6310793-A (JP)
Title: Novel cephalosporin derivative
Inventor: NAKAGAWA SUSUMU
IPC: A61P31/04
Filed: 1987-03-09
Abstract: NEW MATERIAL:A compound of formula I (R is lower alkyl, lower alkenyl, lower alkynyl or cyclic lower alkyl which may be substituted to a carboxyl group; R<1> is H or acetyl). EXAMPLE:7-[2-(2-Aminothiazol-4-yl)-2-methoxyiminoacetamido]-3-(6,7-dih ydroxy isoquinolinio)methyl-3-cephem-4-carboxylate (syn isomer). USE:An antibacterial agent having strong antibacterial power against sensitive and resistant gram-negative bacteria and gram-positive bacteria, in particular, glucose-non-fermenting gram-negative bacillus including Pseudomonas aeruginosa. The antibacterial agent is stable against beta-lactamase. PREPARATION:For example, a compound of formula II (R<2> is lower alkyl, etc.; R<3> is H or protecting group; R<4> is H or protecting group; X is eliminable group; Y is S or SO) is reacted with a disubstituted isoquinoline derivative of formula III (R<5> is H or protecting group) to form a compound of formula IV, which is optionally subjected to a reduction and/or deprotection reactions.
Patent JP-S59180316-A (JP)
Title: Radiation thickness gauge
Inventor: SATOU KIYOSHI
IPC: G01B15/02
Filed: 1983-03-31
Abstract: PURPOSE:To prevent the generation of a measurement error even when a body to be measured zigzag abruptly by installing position detectors and irradiating the body to be measured with radiation accurately from above. CONSTITUTION:A couple of position detectors 21 and 22 are arranged on the left-hand side of the radiation detection part consisting of a radiation source 11 and a radiation detector 12, and another couple of position detectors 23 and 24 are arranged on the right-hand side. Then, the detectors 21 and 24 are used for the position correction signal of a moving rack 10, and the detectors 22 and 23 are used for the output correcting signal of the detector 12 and the radiation control signal of the radiation source 11. If the body 15 to be measured zigzag and deviates from the position of the detector 24, the detector 24 detects the edge of the body 15 to be measured when passing by the edge, and its detection signal is supplied to the driving part of the moving rack 10, which moves in the same direction as the zigzagging direction of the body 15 to irradiate the body 15 with the radiation 16 accurately, so there is no measurement error.
Patent JP-2000254155-A (JP)
Title: Foot correcting lever device and its usage method
Inventor: HICE GILBERT ALAN
IPC: A61F5/14
Filed: 1999-03-02
Abstract: PROBLEM TO BE SOLVED: To attain adaptation to the correction of multiple kinds of foot pathology and to enhance a possibility to improve function and a comfortable feeling of a wearer by permitting one end of a foot board member to be freely rotatable in front and rear with a lever base member as a fulcrum with respect to a bottom member by means of limitless extension over the position of the lever base member. SOLUTION: In a foot correcting lever device, the uniform lever 16 is sandwiched between a sole 12 and a left foot board 14. The uniform lever 16 can be attached o the bottom surface of the inner sole 12 (in figures A and B) or on the bottom surface of the left foot board 14 (in the figures C and D). Besides, a flexible hinge 20 can be substitutively used in place of a lever base (in the figure E). The flexible hinge 20 rotates the foot board forward/ backward. The hinge 20 is a nearly I shape and is provided with a flexible and narrow part in the center part of the I shape, and rotates the foot board forward/backward as the narrow part 22 is bent. The lever base can be constituted as the pin type one 23 which is combined with a lever seat 25.
Patent JP-H06298063-A (JP)
Title: Hydraulic vehicle brake device with anti-lock brake device
Inventor: RAINAA ARUTOMAN
IPC: B60T8/1755
Filed: 1994-03-24
Abstract: PURPOSE: To simplify constitution by coaxially integrating a pair of partition pistons into the blind bore of a common integral cylinder, and closing the start edge part of the blind bore with a cover, and arranging the partition pistons between return springs so that the primary sides can be faced to each other, and arranging an auxiliary pressure connecting part between the partition pistons in a dual circuit type brake device. CONSTITUTION: Two partition pistons 314 and 315 are assembled into a blind bore 302 in a common integral cylinder 301 by coaxially aligning the cylinder bores. Then, a start edge part 304 of the blind bore 302 is closed with a cover 305. The two partition pistons 314 and 315 are arranged between return springs 317 and 318 so as to be faced to each other at a primary side edge part 316. Then, an auxiliary pressure connecting part 313 opened between the partition pistons 314 and 315 is arranged in the integrated cylinder 310, and connected with an auxiliary pressure source.
Patent JP-H06216360-A (JP)
Title: Image sensor
Inventor: MOROZUMI SHINJI
IPC: H01L27/14
Filed: 1993-03-15
Abstract: PURPOSE:To form a capacitor between a semiconductor layer and an electrode, and increase storage capacitance, by arranging a semiconductor layer constituting the source.drain of a thin film transistor and one of electrodes connected with a sensitive material layer, in a two-dimensionally overlapping position. CONSTITUTION:A polycrystalline silicon thin film is deposited on a substrate 31 made of glass, ceramic, etc., and regions of a source 34, a channel 33, an a drain 32 are formed by a patterning. A silicon oxide film 41 is formed by a CVD method, and an aperture is formed in semiconductor layers 37, 43. An Al wiring layer to serve as an output line and an Al layer 39 of the lower electrode of a photosensitive layer are formed. A sensitive material layer 40 is deposited by a plasma CVD method, and a transparent electrode layer 42 to serve as an electrode of the sensitive material is formed on the layer 40. The semiconductor layer 43 which serves as a drain is stretched and arrange in a position where the layer 43 two-dimensionally overlaps with the transparent electrode 42. Thereby a capacitor is formed also between the semiconductor layer 43 and the transparent electrode 42, and the storage capacitance is increased.
Patent JP-S53139468-A (JP)
Title: Mounting structure of resin mold semiconductor device
Inventor: INOUE KAZUO
IPC: H01L23/00
Filed: 1977-05-11
Abstract: PURPOSE: To secure a good coating over the semiconductor chip surface with the resin as well as to obtain the shaping effect by reducing the resin flow and to reduce the cost, by providing a pierced hole to the circuit substrate and then injecting the mold resin through the rear surface of the substrate. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-H08243856-A (JP)
Title: Part supplying device
Inventor: HARADA MITSURU
IPC: B65G60/00
Filed: 1995-03-14
Abstract: PURPOSE: To quickly supply a part by moving a part supply unit, positioned in an upper side from a part supply unit moved to a part take-out position, to either of a standby position or a receiving case replacing position. CONSTITUTION: A control part 37 controls a valve 36 opened/closed, to feed high pressure air to an air cylinder 3 of a part supply unit U2 in an intermediate stage from an air tube. When high pressure air is started to be fed to the air cylinder 3 from the air tube, a slider 10 of the air cylinder 3 starts moving to a part take out position from a standby position. Accordingly, also a receiving case receiver 2b secured to this slider 10 is guided by receiving case guides 6, 6 to start moving toward the part take out position. Also a slide frame 5 movably mounted on a frame guide 9 is pulled by a belt 17 to move toward a part take out position side.
Patent JP-H05216234-A (JP)
Title: Radiation-sensitive resin composition
Inventor: KAJITA TORU
IPC: G03F7/038
Filed: 1992-02-06
Abstract: PURPOSE:To enhance developability, resolution, pattern form, heat resistance, and film endurance, and, especially to adapt the resin composition to a wavelength region from ultraviolet rays to excimer laser beams by incorporating a specified compound generating an acid upon irradiation with radiation. CONSTITUTION:This radiation-sensitive resin composition contains an alkali- soluble resin and the acid-generating compound upon irradiation with radiation which is an aromatic compound substituted by CH2OX or 1,2- naphthoquinonediazidosulfonyloxy directly on the aromatic ring, X being H, substituted methyl or ethyl, silyl, alkoxycarbonyl, or acyl. The acid generating compound is synthesized by allowing a phenolic compound to react with formaldehyde in the presence of an alkali catalyst to give a methylol compound, and allowing the phenolic hydroxyl group to react with 1,2- naphthoquinonediazidosulfonyl chloride to produce a corresponding sulfonate.
Patent JP-S56151279-A (JP)
Title: Starting method for hydroelectric power generating device
Inventor: SAKAGUCHI KATSUMI
IPC: F03B15/04
Filed: 1980-04-25
Abstract: PURPOSE: To simplify the structure of a water turbine by a method wherein the water turbine is started by operating, in a motor mode, the induction motor of the hydroelectric power generating device wherein the water turbine is directly connected with the induction motor and thereafter the water turbine is watered and the generator is advanced in phase by acceleration and switched over to the operation for generation.  
     CONSTITUTION: When a switch 28 for starting is switched on at the time of starting, a breaker 14 for a motor is closed and the generator 16 operates as the motor, whereby the water turbine 18 is started. Simultaneously, the inlet valve 20 of the water turbine is opened by an inlet-valve driving motor 22 with the closure of the breaker 14, whereby the water turbine is watered. When the induction generator 16 being operated in a motor mode is accelerated by the water turbine 18 to exceed a synchronous speed, is operated as the original generator 16. When the inlet valve 20 is fully opened, it is operated for generation equivalent to the output of the water turbine. By this constitution, a guide vane for adjusting the quantity of water becomes unrequired for the water turbine 18, whereby the turbine 18 can be simplified. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S57169705-A (JP)
Title: Production for optical waveguide film
Inventor: TOMARU AKIRA
IPC: G02B6/13
Filed: 1981-04-13
Abstract: PURPOSE:To mass-produce easily optical waveguide films suitable for constitution of optical parts, by applying an organic silicon compound on a substrate  and heating it to produce a glass waveguide film. CONSTITUTION:An organic silicon compound is melted and sprayed onto a substrate to produce a film. After this substrate is heated to disperse the solvent or the like, the substrate is heated to about 1,000 deg.C in gaseous oxygen to remove organic matters, and only fine glass particles are allowed to remain on the substrate. The substrate is heated at 1,600 deg.C for the purpose of making this fine particle layer transparent to form a glass layer film on the substrate, thus obtaining an optical waveguide film. A material with an alkoxide mixed is applied onto a substrate 22, and the substrate 22 is exposed to light through a mask 23, and the unexposed part is removed by a solvent to give a pattern to the substrate, and an organic silicon compound 24 is applied to the substrate, and the substrate is heated to remove organic matters, and remaining fine glass particles are sintered and are made transparent, thus producing a glass waveguide film 25.
Patent JP-S56155006-A (JP)
Title: Preparation of titanium nitride
Inventor: SUZUKI HAJIME
IPC: C01B21/076
Filed: 1980-04-25
Abstract: PURPOSE: In preparing titanium nitride by decomposing a nitrogen-containing titanium halide compound in an atmosphere containing NH 3  under heating, to reduce the loss of titanium, by carrying out the heating under pressure.  
     CONSTITUTION: A nitrogen-containing titanium halide compound shown by the formula (X is halogen; y is 2W16) obtained by reacting a titanium tetrahalide with ammonia is heated in an atmosphere of ammonia-containing gas under pressure 1.5W30atm. and decomposed to give titanium nitride. Though it is necessary to raise the decomposition temperature ≥450°C to prepare titanium nitride, the above- mentioned pressure condition may be satisfied only during the temperature rise from about 150W400°C and it is not required in the whole temperature range. This method can make the loss of titanium about ≤10wt%. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-H09239300-A (JP)
Title: Spray type flux coating apparatus
Inventor: TACHIBANA YOSHIAKI
IPC: B05B13/02
Filed: 1996-03-12
Abstract: PROBLEM TO BE SOLVED: To prevent the flow velocity of a mist like flux from lowering at the corner parts of both side end parts of the wiring board formed by a cover preventing the scattering of mist like flux and a wiring board. SOLUTION: The scattering preventing cover 27 preventing the bonding of the mist like flux 8 sprayed from a spray nozzle 7 to a part other than a wiring board 1 is provided so as to conceal the part of a feed conveyor 6 provided to the spray region of the flux 8 when looked from the spray nozzle 7 and a bypass passage 29 for allowing the flux 8 sprayed in a mist form to flow out to the outside of the scattering preventing cover 27 is provided to the scattering preventing cover 27 to make it possible to uniformly apply the flux 8 to the corner parts of both side end parts 1a of the wiring board 1.
Patent JP-S55146070-A (JP)
Title: Survey meter of ionization chamber type
Inventor: HONDA TAKEMI
IPC: H01J47/02
Filed: 1979-05-02
Abstract: PURPOSE: To enable further remote measurement and to exclude the effect of background, by linking the ionization chamber and measuring section with flexible pipe and providing the circuit erasing the indication value with the background at the measuring section.  
     CONSTITUTION: The measuring section 10 is covered with the casing 12 having the ammeter A and grip 11. The ionization chamber 20 is mounted at a remote position via the flexible wiring cover pipe 30. The pipe 30 is linked removably with the ionization chamber 20 and the measuring section 10, and if measurement is made at further remote location than flexible permissible range, another pipe can be used. Further, the radiant ray rate and dose can be measured by the change-over of the circuit. The switch to erase the indication value with background is provided at the measuring section 10 and remote operation is possible at hand. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-S56152369-A (JP)
Title: Forming method for variable magnification picture
Inventor: TARUMI NORIYOSHI
IPC: H04N1/387
Filed: 1980-04-25
Abstract: PURPOSE: To make expansion or contraction of the picture possible in case that picture information is processed in the form of the electric signal, by sampling the picture signal by the clock signal or selecting plural image forming means in respect to the main scanning direction of the picture, and by sampling the picture signal by clocks or changing the interval of subscanning in respect to the subscanning direction.  
     CONSTITUTION: The picture of original M is transduced to an electric signal by CCD5 and is supplied to signal processing circuit 7. In signal processing circuit 7, sampling pulses of frequency (mf) are used to sample the picture signal of frequency (f), or plural ion modulation electrodes corresponding to expansion rates and contraction rates are prepared and the described ion modulation electrodes are selected in accordance with the magnification selecting signal in respect to the main scanning direction, and the interval of subscanning is changed in respect to the subscanning direction, and thus, the signal processing for expansion or contraction is performed. The processed electric signal is supplied to ion modulation electrode driving circuit 8, and an electrostatic latent image is formed on the dielectric of rotary drum 12 and is transferred to recording paper P. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S51130257-A (JP)
Title: Apparatus for carburator fuel meter
Inventor: MUTOU TETSUO
IPC: G01F1/48
Filed: 1975-05-06
Abstract: PURPOSE:Measuring the fuel flowrate feeding to float chamber of engine and the fuel level within the chamber, a flowrate of fuel is measured precisely with this apparatus without routine running.
Patent JP-S60200399-A (JP)
Inventor: ITOU TOSHIYUKI
IPC: G01C21/00
Filed: 1984-03-23
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-H04289024-A (JP)
Title: Discriminating device for short circuit state between electrodes of wire electric discharge machine
Inventor: NARUSAWA RYOJI
IPC: B23H7/02
Filed: 1991-03-19
Abstract: PURPOSE:To remove high-frequency wave component and ringing without losing effective information contained in discharged waveform by connecting in series ferrite beads inductors to the input side of a potential dividing low-pass wave filter circuit consisting of a resistance and a condenser. CONSTITUTION:Interelectrode voltage of a wire electrode 3a and a work piece 3b is detected and filtered with a waveform dividing filter circuit 15. High frequency component and the like are removed with the waveform dividing filter circuit 15, and formed waveform is input to a discriminating circuit 7. The discriminating circuit 7 processes the waveform, compares it with reference voltage to discriminate the effective discharge condition, the short circuit discharge condition, the no load discharge condition between discharge electrodes, and sends a signal to a control part. Ferrite beads inductors L1, L2 are connected in series to the RC filter circuit of the waveform dividing filter circuit 15.
Patent JP-S61215024-A (JP)
Title: Molding device
Inventor: OSHINO TOSHIKAZU
IPC: B29C45/14
Filed: 1985-03-20
Abstract: PURPOSE:To enable to perform alignment between a male and female components precisely and simply, by providing an alignment device advancing and retreating to an external surface on at least one side out of a female and male components. CONSTITUTION:A hollow part 18 having an opening part 19 is formed on the bottom part of a plunger 9 connected with a rod 10 of a press device through a connecting part 11 in a state capable of controlling a shaft center and an elastic member 20 such as rubber is held within the same as an alignment device. In case wherein a molding tool has been replaced in this device, as for alignment between the plunger 9 (male component) and a pot 8 (female component) of a top force 1, the molding tool is fixed to such an extent that the alignment between both of them has been performed preparatively, to begin with, in succession to the above, the plunger 9 is fitted in a pot 8 by descending the rod 10 by slackening a nut 17 of the connecting part 11, under this state of which air pressure is fed within a hollow part 18 from a compressor and an elastic member 20 is pressed against an inner circumferential surface of the pot 8 by expanding outwardly and uniformly in a diametral direction through both the opening parts 19. Then both flange parts 12, 13 are fixed by a bolt and nut.